Xnergy XN-LATP-SEP01 LATP-coated battery separator film roll

Xnergy LATP-Coated Battery Separator Film XN-LATP-SEP01

SKU: XN-LATP-SEP01

Xnergy LATP-Coated Battery Separator Film XN-LATP-SEP01 is a LATP solid-electrolyte-coated PE separator film for lithium-battery research. The supplied specification documents a 13.7 μm total thickness, 9.5 μm PE base, 107 mm width, 167 sec/100 mL air permeability, 503 gf puncture strength and MD/TD thermal-shrinkage values of 1.7%/0.7% at 130 °C for 1 hour.

Need a custom separator width or roll format? Request a competitive quote today! Please specify the required dimensions and battery configuration.

Xnergy LATP-Coated Battery Separator Film XN-LATP-SEP01

Product Type: LATP solid-electrolyte-coated battery separator film
Product Code: XN-LATP-SEP01
Material: PE base with ceramic/LATP coating

Product Introduction

This ceramic-coated separator is designed for lithium-battery research where thermal-shrinkage control, chemical stability and mechanical integrity are required. The supplied information identifies a PE base with a documented double-sided A/L 2 + 9 + 2 μm coating structure. The LATP-coated side orientation can affect full-cell results; confirm the required orientation for the intended cell design through testing.

Core Features

  • LATP solid-electrolyte coating with documented A/L 2 + 9 + 2 μm structure
  • 13.7 μm total thickness and 9.5 μm PE base thickness
  • Low documented thermal shrinkage at 130 °C × 1 h
  • Documented puncture strength of 503 gf with a Ø1.0 mm probe
  • Roll format with 107 mm documented width
  • Suitable for dry handling and resealing after use

Technical Specifications

Parameter Specification
Product Code XN-LATP-SEP01
Product Type LATP solid-electrolyte-coated battery separator film
Base Material PE
Documented Coating Structure A/L 2 + 9 + 2 μm (double-sided coating)
Total Thickness 13.7 μm
PE Base Thickness 9.5 μm
Width 107 mm
Air Permeability 167 sec/100 mL
Areal Density 11.1 g/m²
Puncture Strength 503 gf (Ø1.0 mm probe)
Thermal Shrinkage, 130 °C × 1 h MD 1.7%; TD 0.7%
Tensile Strength MD 2038 kgf/cm²; TD 1817 kgf/cm²
Elongation at Break MD 92%; TD 92%
Peel Strength CCS 126 N/m; LATP 104 N/m
Form Roll film
Packaging / Storage Roll packaging in carton; keep dry; reseal after use

Applications

  • Liquid lithium-battery research
  • Solid–liquid hybrid battery research
  • Semi-solid-state battery research
  • Coin-cell and pouch-cell separator evaluation

Note: The supplied material states that separator orientation can affect full-cell performance; validate the coating-side orientation for each cell design. Keep the roll dry during handling and reseal after use. Configured to local electrical standards. For custom widths or formats, please request a quotation. Browse the Battery Separators category for related materials.

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